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Basic theoretical formulations of plasma microwave electronics. Pt I. Fluid model analysis of electron beam-wave interactions

Shenggang L., Barker R.J., Dajun Z. et al.

IEEE Trans. Plasma Sci. Pt 3, vol: 28, num: 6, 2135-2151, published: , US


   Plasma Physics (including Thermonuclear Fusion).
      Beams in a plasma.
         Relativistic electron beams.

   Plasma Physics (including Thermonuclear Fusion).
      Beams in a plasma.
         Acceleration of particles in plasma.

   Radiophysics. Physical electronics.
      Vacuum electron-wave devices for radiowave and microwave ranges.
         Interaction between charged particles and electromagnetic fields.
            Beams and retarded waves interaction.

   Radiophysics. Physical electronics.
      Vacuum electron-wave devices for radiowave and microwave ranges.
         Interaction between charged particles and electromagnetic fields.
            Interaction between charged particle beams and plasmas.

   Radiophysics. Physical electronics.
      Electromagnetic wave propagation.
         Wave propagation in plasma.
            Electromagnetic waves.

   Radiophysics. Physical electronics.
      Radiowave and microwave electrodynamics. Radiowave and microwave measurements.
         Waveguides and transmission lines.
            Irregular and inhomogeneous waveguides.
               With plasma.

   Radiophysics. Physical electronics.
      Radiowave and microwave electrodynamics. Radiowave and microwave measurements.
         Wave radiation.
            In plasma.